ASD prepares students for the future needs of architecture in a digital era – ecological urban architecture, leveraging on big data to design smart cities, advanced design computation, digital fabrication and more.
How does big data play a role in urban design?
The mathematical grounding, algorithmic thinking and intense exposure to design in the context of computing in the CSD programme empower you to tackle challenging problems and develop need-driven computing solutions, instead of simply focusing on tech-driven solutions.
Not just 1s and 0s. How has business and humanities helped this budding software engineer?
DAI prepares students to be designers and innovators who harness the power of AI to tackle both present and future challenges, improving design using AI across products, systems, services and the built environment.
How do you know if a song would become a hit on the music charts? Where does AI play a part in this?
EPD prepares students for leadership in the conception, design, implementation and operation of innovative technology-intensive products.
It’s the multi-disciplinary nature of SUTD that sets our students apart from their peers.
ESD advances a new generation of analysts, engineers, and researchers who can holistically design, analyse and optimise large-scale complex systems for a better world.
Prof Peter Jackson (Head of Pillar, ESD) – what drives his enthusiasm and passion?
